void* MusicTimerThread(void* lp)
#endif
{
MCTimer* mTimer = (MCTimer*)lp;
while(!bThreadEnd)
mTimer->update();
return 0;
}
int main(int argc, char* argv[])
{
// header
cout << "\n Modus " << MODUS_VERSION;
cout << "\n C++ Music Library";
cout << "\n Sample Application\n\n";
// instrument
MSRange mDoubleBassRange(28, 60);
MCInstrument mDoubleBass(1, mDoubleBassRange, 1);
// sound generator
CAudio::init();
MCSoundGenAudio* mSoundGen = CAudio::createSoundGen(1, mDoubleBass.getNumberOfChannels(), false);
sprintf(sFilename, InstrumentsPath, "DoubleBass.msp");
mSoundGen->loadSamplePack(sFilename);
// double bass settings
mDoubleBass.setSoundGen(mSoundGen);
// timer
MCTimer mTimer;
mTimer.setCallbackTick(TimerTick, &mDoubleBass);
mTimer.start();
// create music timer thread
#ifdef _WIN32
HANDLE hMusicTimerThread = CreateThread(NULL, 0, MusicTimerThread, &mTimer, 0, NULL);
#else
pthread_t hMusicTimerThread;
pthread_create(&hMusicTimerThread, NULL, MusicTimerThread, &mTimer);
#endif
// bending parameters
MSNote mNote;
int iBendingCents;
unsigned int iBendingTicks;
while(1)
{
do
{
cout << " Bending cents [-1200, 1200]. Enter 0 to quit: ";
cin >> iBendingCents;
} while(iBendingCents < -1200 || iBendingCents > 1200);
// quit
if(iBendingCents == 0)
break;
do
{
cout << " Bending duration in ticks [1, 96]: ";
cin >> iBendingTicks;
} while(iBendingTicks < 1 || iBendingTicks > 96);
cout << " Playing note and bending...\n\n";
mNote.Pitch = 40;
mNote.Intensity = 127;
mDoubleBass.playNote(mNote);
mDoubleBass.bend(0, iBendingCents, iBendingTicks);
}
// wait until the music timer thread finishes
bThreadEnd = true;
#ifdef _WIN32
WaitForSingleObject(hMusicTimerThread, INFINITE);
CloseHandle(hMusicTimerThread);
#else
pthread_join(hMusicTimerThread, NULL);
#endif
delete mSoundGen;
CAudio::release();
cout << "\n\n";
return 0;
}
int main(int argc, char* argv[])
{
// instrument
MSRange mPianoRange(21, 108);
MCInstrument mPiano(1, mPianoRange, mPianoRange.getSize());
// header
cout << "\n Modus " << MODUS_VERSION;
cout << "\n C++ Music Library";
cout << "\n Sample Application";
// list of MIDI in devices
std::string sDevice;
unsigned int iNumDevices;
unsigned int iSelectedDevice;
RtMidiIn mDevice(rtMidiApi, "Modus Sample");
iNumDevices = mDevice.getPortCount();
if(iNumDevices == 0)
{
cout << "\n\n ERROR: no MIDI in devices found\n\n";
cin.get();
return 0;
}
cout << "\n\n Select a MIDI in device:\n";
for(unsigned int i = 0; i < iNumDevices; i++)
{
sDevice = mDevice.getPortName(i);
cout << "\n " << i + 1 << ") " << sDevice;
}
cout << "\n\n";
do
{
cout << " -> ";
cin >> iSelectedDevice;
} while(iSelectedDevice < 1 || iSelectedDevice > iNumDevices);
iSelectedDevice--;
// MIDI listener
mDevice.openPort(iSelectedDevice);
mDevice.setCallback(&MidiInProc);
// Modus MIDI receiver
mMIDIReceiver = new MCMIDIReceiver(&mPiano);
mMIDIReceiver->listenToAllMIDIChannels();
mMIDIReceiver->attachAllPitchesToDifferentChannels();
// sound generator
CAudio::init();
MCOpenALSourceManager mALManager(OPENAL_SOURCES);
MCSoundGenAudio* mSoundGen = new MCSoundGenOpenAL(mPiano.getNumberOfChannels(), false, 1, &mALManager);
sprintf(sFilename, InstrumentsPath, "Piano.msp");
mSoundGen->loadSamplePack(sFilename);
mPiano.setSoundGen(mSoundGen);
// timer
MCTimer mTimer;
mTimer.setCallbackTick(TimerTick, &mPiano);
mTimer.start();
cout << "\n Listening, you can play now! Press any key to quit...";
fflush(stdout);
Input::init();
while(!Input::keyPressed())
mTimer.update();
Input::close();
delete mMIDIReceiver;
delete mSoundGen;
CAudio::release();
cout << "\n\n";
return 0;
}
int main(int argc, char* argv[])
{
// instrument
MSRange mPianoRange(21, 108);
MCInstrument mPiano(1, mPianoRange, mPianoRange.getSize());
// score
MCScore mScore;
sprintf(sFilename, ScriptsPath, "score.piano.chopin.txt");
mScore.loadScriptFromFile(sFilename);
// header
cout << "\n Modus " << MODUS_VERSION;
cout << "\n C++ Music Library";
cout << "\n Sample Application";
// list of MIDI out devices
unsigned int iNumDevices;
unsigned int iSelectedDevice;
unsigned int i;
RtMidiOut mDevice(rtMidiApi, "Modus Sample");
iNumDevices = mDevice.getPortCount();
if(iNumDevices == 0)
{
cout << "\n\n ERROR: no MIDI out devices found\n\n";
cin.get();
return 0;
}
cout << "\n\n Select a MIDI out device:\n";
for(i = 0; i < iNumDevices; i++)
cout << "\n " << i + 1 << ") " << mDevice.getPortName(i);
cout << "\n\n";
do
{
cout << " -> ";
cin >> iSelectedDevice;
} while(iSelectedDevice < 1 || iSelectedDevice > iNumDevices);
iSelectedDevice--;
// sound generator
mDevice.openPort(iSelectedDevice);
MCSoundGen* mSoundGen = new MCSoundGenMIDI(mPiano.getNumberOfChannels(), &mDevice, 1, 1);
// piano settings
mPiano.setScore(&mScore);
mPiano.setSoundGen(mSoundGen);
// timer
MCTimer mTimer;
mTimer.setCallbackTick(TimerTick, &mPiano);
mTimer.start();
cout << "\n Playing! Press any key to quit...";
fflush(stdout);
Input::init();
while(!Input::keyPressed())
mTimer.update();
Input::close();
delete mSoundGen;
mDevice.closePort();
cout << "\n\n";
return 0;
}
